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Studi Eksperimentasi Perbandingan Karakteristik Campuran Tanah Berpasir dan Kaolin dengan Cara Dynamic dan Statik Compaction

机译:静压夯实砂土和高岭土混合料比较特性的试验研究

摘要

One of the many factors that affect the compaction is the way of its compaction, the common ways which used in laboratory are Standard and Modified Proctor. The aim of this research are to use the comparison of characteristic value of soil mixtures of Padalarang Sandy Soil and Nagrek Kaolinite in the static and dynamic compaction and find a relationship among CBR with Static and Dynamic Cone Penetrometer.This research shows that at the same condition of dry density and optimum water content the compacted soil with static way get static force 8 ton and 11 ton to close standard and modified proctor results, and also to have the characteristic values less bigger than dynamic one about 3.75% to 46.68%. This item can be shown by permeability tests and the characteristics by california bearing ratio, static and dynamic cone penetrometer. Besides the water content, the percentage of Padalarang Sandy Soil and Nagrek Kaolinite\u27s mixture very affect the mechanic properties such as increasing of soil against the mixture with Nagrek Kaolinite will tend decreasing the CBR and qc value and increasing N DCP value. The trend of regresion curve resulted by static and dynamic compaction is similar. The approach equations which often used are non linear equations therefore the results are in a good enough and satisfied regresion coefficient about 0.8 to 1.Based on the result of tests also show that the soil mixtures of Padalarang Sandy Soil and Nagrek Kaolinite is not stable against soaked process where can be seen with the tedency of the characteristic value can not be measured in the soaked condition.
机译:影响压实的众多因素之一是压实的方式,实验室中常用的标准和改良Proctor方式。这项研究的目的是通过比较Padalarang沙质土壤和Nagrek高岭石在静压和动态压实中的混合特性值,并发现CBR与静,动态圆锥渗透仪之间的关系。在干密度和最佳含水量方面,采用静态方式的压实土可获得8吨和11吨的静态力,以接近标准值和改进的监理结果,并且其特征值小于动态值,大约为3.75%至46.68%。该项目可以通过渗透率测试来显示,其特性可以通过加利福尼亚轴承比,静态和动态锥度渗透仪来显示。除含水量外,Padalarang沙质土壤和Nagrek高岭石混合物的百分比还非常影响力学性能,例如,增加土壤对Nagrek高岭石的混合物的作用会降低CBR和qc值,并增加N DCP值。静态和动态压实导致的再压缩曲线趋势相似。经常使用的逼近方程是非线性方程,因此结果令人满意,并具有约0.8到1的递归系数。根据测试结果,帕德拉朗砂质土壤和纳格里克高岭石的土壤混合物对土壤的稳定性也不佳。在浸泡状态下无法测量出具有特征值的冗长性的浸泡过程。

著录项

  • 作者

    Hidayat, Gawit;

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  • 年度 2010
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  • 入库时间 2022-08-20 20:53:38

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